Choose one from the following (Project 2a or 2b) and upload your file and enter it into the corresponding table by 12/08 Sunday midnight (11:59pm --- wiki will automatically time stamp your entry)

Note added: for both option 2a and 2b, you can also choose the topic from the list the class voted in HWK 1 (see vote results under course website/solutions, or http://www.physics.purdue.edu/webapps/index.php/course_document/index/phys344/1622/5/13022)

Project 2a: Try to write a "Grad school application statement"

Suppose you are applying for graduate school (related to physics), write a 1-page "statement of interest" explaining your interests in a chose field of modern physics or application (you may include why you are interested in the subject, what you hope to study/research, any of your previous/current work that motivated/prepared you, with up-to 1 figure and a few references)
[Note: I'll be happy to give you "free feedback" on your statement, even after the course]

Your Name
Field of Interest
Link to your "statement of interest"
R. Frankie Bouscher
Metamaterials

Han Lim Ng
Graphene Semiconductor

Dylan Smith
Astrophysics

Qingshuang Chen
Thermophotovoltaic

Dominic Vitello
Biophysics - MRI

Connor Feeney
Thermodynamic Efficiency

Rachel Maxwell
Cosmology/Astrophysics

Lauren Hucek
Geophysics

Gabriel C. Fritz
Extrasolar Planets

Martin Kay
Biophysics

Dylan Neff
Elementary Particle Physics

Christopher A. Ashe
Microelectronics and nanotechnology
Spintronics

Spencer Arnsberg
Physics and Nuclear Engineering




Project 2b: New developments in physics:
Pick a notable achievement in physics that particular interests you, and make a 1-slide summary of that work.
Some suggested places to look for important work in physics maybe:
http://www.sciencemag.org/site/special/btoy2012/ and also previous years's list)


Your Name
Title of the achievement
Link to the 1-slide summary you uploaded
Daulet Shatekov
Quantum Computer

Samantha Sloan
Cosmic Acceleration

Samuel Higginbotham
S.QU.I.D. analog to B.E.C.

Miranda Mott
Controlling Bionics

Robert Caddy
Temporal Cloaking

Jonah Polley
WMAP Discoveries

Isaac Madison
Molecular Photons

Cheng Ji
Superconductor

Hui yu
Nanophysics

Yanjun Li
Superconductivity in Ge

Eric Pujari
Entangled Quarks Create Wormholes

Kudzo Ahegbebu
B.E.C of Photons in an Optical Cavity

Sharat Bahl
Majonara Fermions

Alex Miloshevsky
Magnetic Monopole Field Exposed By Electrons

Scott Mullen
Quantum Cryptography

Colin Ford
Living Lasers

Brooke Waln
Photons as Molecules

Benjamin Boersma
First Discoverd Time-Reversal Violation

Rachel Lucas
Majorana Fermions

Yan Li
Space time cloak

Cameron Norman
Soft Tissue X-Ray

Ting-Wei Hsu
Stopped light by Electromagnetic Induced Transparency

Nathan Johnson
"Anti-laser"

Franklin Talbert
Antimatter

Christopher Gibbs
"Functioning" Von Neumann Architecture Recreated on a Quantum Device

Andrew Wright
Quantum Entanglement

David Bernstein
Deep Space Neutrinos Detected and IceCube Neutrino Observatory

Kory Pritchett
Quantum Information Cloning

Matthew Smith
Higgs Boson

Joe Kellenberger
Galaxy Cluster Motion Observed

Jeffrey Klimes
Discovery of Radioisotopes

Peter King
A Holographic Universe


Chuxuan Chen
Wavefunction Measuring


Jeremy Armstrong
Room-Temp Masers



Benjamin Milks
Ultra-Cold Molecules

Nathan Sahelijo
Complete Photon Trajectories


Geyujiang Liu
New way to measuring the wavefunction


Yiqing Ding
Quantum Computing


Clive Townsend - Quantum Computing -